smooth surface.
No because an object is much more easily pushed on a smooth surface than a rough because the rough surface will take more effort and energy because of it harsh surface
Rough surfaces, the rougher the surface, the greater the friction.
The peaks and crannies interlock.
The rougher then surface the greater the frictional force. When a surface is rough and you put friction to it, it creates sparks while smooth surfaces when friction is added causes a slight stactic shock.
on a smooth surface
The rough surface is better than the smooth surface for the frictional force to act.
No because an object is much more easily pushed on a smooth surface than a rough because the rough surface will take more effort and energy because of it harsh surface
Rough surfaces, the rougher the surface, the greater the friction.
Almost always.
The peaks and crannies interlock.
two rough surfaces :)
Smooth surface
The rougher then surface the greater the frictional force. When a surface is rough and you put friction to it, it creates sparks while smooth surfaces when friction is added causes a slight stactic shock.
on a smooth surface
Smooth
More friction is produced on a hard surface than on a smooth surface it takes more force and brute strength to push something heavy on a rough surface, because it falls in the cracks. On a smooth surface you are just sliding across a surface.
Its surface is rough because of all the rock's and crater's in its surface.